This paper discussed the application of theories about advanced algebra in the factorization of multinomial, introduced some application methods, acquired the methods of judging if a multiple quadratic multinomial can be factorized and how it is factorized, and thus solved the theoretical problem of the factorization of a multiple quadratic multinomial 摘要讨论了高等代数理论在多元多项式分解中的应用,给出了若干应用方法,得到了多元二次多项式可分解的判别法和分解方法,彻底解决了多元二次多项式分解的理论问题。
This paper discussed the application of theories about advanced algebra in the factorization of multinomial, introduced some application methods, acquired the methods of judging if a multiple quadratic multinomial can be factorized and how it is factorized, and thus solved the theoretical problem of the factorization of a multiple quadratic multinomial 摘要讨论了高等代数理论在多元多项式分解中的应用,给出了若干应用方法,得到了多元二次多项式可分解的判别法和分解方法,彻底解决了多元二次多项式分解的理论问题。
For a quantized subgroup of the symmetry group of hamiltonian of a molecule, a site projection operator is defined to produce symmetry-adapted wave functions from the functions with the symmetry of the subgroup . based on site projection operator, a systematic method is proposed to factorize the single-particle 对于哈密顿的对称群的量子化子群,可以定义一个位置投影算子,来从具有该子群对称性的轨道产生完全的对称性匹配轨道。基于位置投影算子,提出了一个系统的方法,用来按照分子的最大对称群,彻底地分解
The central work of this paper is as follow : ( 1 ) a new factorizing optimization algorithm which reduce the arity of idb predicates by factorizing the logic program is presented magic transformation is applied to subprogram . moreover the decomposed subprogram can be implemented in parallel . therefore, it improves the efficiency of magic transformation 本文的主要工作如下:(1)提出一种新的分解优化算法,它通过对逻辑程序进行分解,减少idb谓词项的个数,再对分解后的各个子程序进行魔集转换,而且分解后的各个魔程序可并行执行,从而提高魔集转换的执行效率。
The central work of this paper is as follow : ( 1 ) a new factorizing optimization algorithm which reduce the arity of idb predicates by factorizing the logic program is presented magic transformation is applied to subprogram . moreover the decomposed subprogram can be implemented in parallel . therefore, it improves the efficiency of magic transformation 本文的主要工作如下:(1)提出一种新的分解优化算法,它通过对逻辑程序进行分解,减少idb谓词项的个数,再对分解后的各个子程序进行魔集转换,而且分解后的各个魔程序可并行执行,从而提高魔集转换的执行效率。
Based on a body of 253 sentences featuring wei 维, the paper factorizes its shape into hou 侯, wei 唯, sui 虽 and wei 维, identifies its wide range of grammatical uses as verb, adverb, particle, copular, demonstrative pronoun, conjunction and preposition, pins down its role in compounding yielding compounds such as . wei qi 维 其, wei yi 维 以, weihe 维 何, wei yi he 维 伊 何, wei he qi 维 何 期, and wei shi 维 是, and furnishes annotations of each and every sentence with wei 维 本文归纳《诗经》中253个维字句,分析其字形有作侯、唯、虽、维,其文法作用有用为动词、副词、语助词、系词、指示代词、连接词、介词等,常复合成维其、维以、维何、维伊何、维何期、维是等形式,并一一为所有维字句释义。